196 HVC ENYCAP™ HYBRID IN A ENERGY STORAGE CAPACITORS NUTSHELL + + = Electrochemical Storage Electrostatic Storage 19 Hybrid Storage C ENYC 6 HV A 196 HVC ENYCAP POWER SOURCE NORMAL MODE P LOAD POWER 196 HVC CHARGE BACKUP MODE THE 196 HVC ENYCAP “SWEET SPOT” LOAD 1000 SUPPLY FAIL Fuel Cells POWER MANAGEMENT UNIT 196 HVC BACKUP Conventional Batteries 10 10 hours 1 1 second 1 hour 196 HVC 0.03 seconds 0.1 1000 10 000 VA I A 100 Power Density (W/kg) Higher Energy Density by Volume EDLC Supercapacitor / 1.4 V LA BL 13 Ws/g 196 HVC 460 Ws (4 CELLS) Example 1 A for 200 s 90 F 4F www.vishay.com 15 F MULTIPLE PACKAG E 106 OF STORED ENERGY 3 CAPACITANCE OPTIONS E IN Y ST LE 196 HVC ENYCAP vs. a Battery 1 3 of the volume on request 8.4 V Conventional Capacitors 0.01 10 STACKABLE Ultracapacitors S 100 •More charge and discharge cycles: over 100 000 105 Backup Time (s) Energy Density (Wh/kg) POWER MANAGEMENT UNIT 104 103 102 10 1 C = 90 F (2.8 V to 5.6 V) 1 10 100 1000 10 000 Discharge current (mA) 196 HVC ENYCAP vs. a Traditional Supercapacitor •Lower selfdischarge •No memory effect •More than 3 times the energy density •Longer lifetime •No cell balancing Not just a capacitor, it’s the 196 HVC ENYCAP hybrid energy storage capacitor! [email protected] VMN-MS7153-1601